Mixed-matrix membranes (MMMs) have emerged as a promising approach for develo**
new, stable, and highly effective gas and liquid separation materials. MMMs combine porous …

With the widespread applications of cobalt in energy storage, electronics, electric and hybrid
vehicles, and most importantly, and the production of 60 Co in nuclear industries, its …

This study aimed to synthesize graphene oxide (GO) nanoparticles and subsequently modify
them with trimethylsilyl chloride (TMSCl). The modified GO was employed in the fabrication …

Magnetic biochars (MBCs) can quickly and efficiently remove polystyrene nanoplastics
(NPs) from water. However, the removal efficiency of other types of NPs by different MBCs …

Background In micellar-enhanced ultrafiltration (MEUF) the aggregates of small dye
molecules with surfactant are retained on the membrane surface. Methods Sodium …

The interest in drinking water is expanding quickly since the world's population is estimated
to increase by another 40–50% by 2050. Besides preserving the environment from pollution …

Removing the hazardous and unstable radioactive isotopes has been considered an
arduous task, though they are in minimal concentrations. Cesium-137 (137Cs+) is a primary …

Calcium alginate hydrogel/polyethersulfone (CaAlg/PES) hybrid membranes were
synthesized via combining in situ ion crosslinking with phase conversion method. Once the …

Fouling behaviour in membrane distillation (MD) processes plays a crucial role in
determining their widespread acceptability. Most studies have primarily focused on model …

The oily wastewater produced by a variety of industrial operations presents a serious threat
to both humans and the environment. Separation efficiency, good mechanical stability, high …